Through inductive analysis under the constructivist grounded theory, the pathways were compared and results were shared.
The residues forming the pathways were identified and their role was evaluated by mutant simulations.
All the pathways were divided into five categories: "cellular processes", "environmental information processing", "genetic information processing", "metabolism" and "organismal systems".
The pathways were integrated into the genome of P. chrysogenum and tested using the BioLector system for fermentation.
The pathways were based on the use of biomass, nuclear, solar, wind, hydroelectricity, and geothermal as the source of energy.
Despite tobacco and Arabidopsis have different types of trichomes, all the pathways were associated with C2H2 zinc finger protein genes.
In those with the "risk variant", the pathways were different, linking the lobe strongly to both sides of the brain.
In children with the version of the gene not linked to autism risk, the pathways were linked more strongly to the left side of the brain.
Based on the analyses of the degradation products and calculation of the frontier electron density, the pathways were proposed: decomposition of conjugated structure, N-demethylation reactions, hydroxyl addition reactions, the removal of benzene ring, and the ring-opening reaction.
The pathways were developed over the last years as a joint community effort and describe plausible major global developments that together would lead in the future to different challenges for mitigation and adaptation to climate change.
Four of the pathways were overlapped.
